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They allow water to infiltrate into the ground, reducing runoff and recharging groundwater.

They manage stormwater, reduce heat and improve the walkability of city alleyways.

Landscapes designed to reduce energy use in buildings by providing shade or wind protection.

Living walls that purify air, reduce building temperatures, and enhance building aesthetics.

Systems that collect and store rainwater for reuse, reducing demand on municipal water systems and managing stormwater.

They insulate buildings, reduce urban heat island effect, and provide space for urban agriculture or wildlife.

They contribute to local food production, community engagement, and biodiversity enhancement in cities.

Provides shade, improves air quality, and supports urban wildlife habitats, while also sequestering carbon.

They provide stormwater management, aesthetic benefits, and urban agriculture opportunities.

They treat wastewater, control flooding, and create habitat for wildlife in urban settings.

Incorporate sustainable drainage systems to manage runoff, enhance aesthetics and provide pedestrian and cyclist benefits.

They absorb rainwater runoff, reducing erosion and water pollution, and increase urban biodiversity.

They provide green space and recreational opportunities in dense urban areas, improving mental health and community cohesion.

They offer space for urban agriculture, foster social interaction, and promote sustainability education.